ANALYSIS OF THE QUANTITY OF EXHAUST GASES EMITTED FROM VEHICLES IN A CROSS SECTION THROUGH COMPUTER SIMULATION PROGRAM

Ikromov Akmaljon Gofurjonovich; Makhmudov Galib Nasimdjanovich; Usmonov Zafar Tursunovich; Abdurakhimov Lochinbek Xayitbekovich

ANALYSIS OF THE QUANTITY OF EXHAUST GASES EMITTED FROM VEHICLES IN A CROSS SECTION THROUGH COMPUTER SIMULATION PROGRAM

Authors

Ikromov Akmaljon Gofurjonovich Ministry of Internal Affairs of the Republic of Uzbekistan Department of Public Safety Traffic Safety Service Chief Specialist of the Center for the Study of Traffic Safety Problems
Makhmudov Galib Nasimdjanovich Tashkent State Transport University Engineering of Vehicles Department
Usmonov Zafar Tursunovich Tashkent State Transport University Engineering of Vehicles Department
Abdurakhimov Lochinbek Xayitbekovich Tashkent State Transport University Engineering of Vehicles Department

Keywords:

intersection model, simulation software, traffic flow, rush hour, toxic gases, fuel consumption, regulatory phase, regulatory cycle, intersection service level.

Abstract

This paper presents the results of the development of a model of the intersection using the PTV VISSIM simulation software. One of the problematic intersections in the city of Tashkent was selected and the traffic flow during peak hours was studied to analyze the intersection. The article discusses two solutions to reduce the amount of toxic gases and fuel consumption. The first solution is by optimizing the traffic light phases and changing their control cycle. The second solution represents a reduction by changing the geometric parameters of the intersection. After we applied both solutions, the service level of the intersection, LOS, increased from F to B.

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Published

2023-05-11

How to Cite

Ikromov Akmaljon Gofurjonovich, Makhmudov Galib Nasimdjanovich, Usmonov Zafar Tursunovich, & Abdurakhimov Lochinbek Xayitbekovich. (2023). ANALYSIS OF THE QUANTITY OF EXHAUST GASES EMITTED FROM VEHICLES IN A CROSS SECTION THROUGH COMPUTER SIMULATION PROGRAM. Web of Discoveries: Journal of Analysis and Inventions, 1(2), 1–9. Retrieved from http://webofjournals.com/index.php/3/article/view/61